CN207793106U - A kind of explosive emulsification/sensitization apparatus - Google Patents
A kind of explosive emulsification/sensitization apparatus Download PDFInfo
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- CN207793106U CN207793106U CN201820046766.7U CN201820046766U CN207793106U CN 207793106 U CN207793106 U CN 207793106U CN 201820046766 U CN201820046766 U CN 201820046766U CN 207793106 U CN207793106 U CN 207793106U
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Abstract
The utility model is related to explosive production fields, provide a kind of explosive emulsification/sensitization apparatus, its structure includes power plant, agitating device and stirring cavity, the power output end of the power plant is connect with agitating device, power is provided for agitating device, the agitating device does reciprocating translational motion under the driving of power plant, the stirring cavity includes at least one flexible cavity wall being fabricated from a flexible material and multiple rigid cavity walls, and inlet port and outlet port are provided on the rigidity cavity wall；The agitating device is fixedly connected with the flexible cavity wall, and is extended in stir chamber body across the flexible cavity wall.Agitating device in the explosive emulsification/sensitization apparatus of the utility model does parallel-moving type under the action of power plant or is moved back and forth along an annular trace, there is no the relative motion between rotor and stator, can fundamentally avoid since material leakage generates the generation of explosion accident between rotor and stator.
Description
Technical field
The utility model relates generally to Emulsion Explosive Production field, and in particular, to a kind of explosive emulsification/sensitization apparatus.
Background technology
Emulsification is the effect that a kind of liquid is evenly dispersed in atomic droplet in immiscible another liquid, often
What is seen is that oil phase is distributed to water phase, and You Heshui is divided into two layers in a reservoir, if surfactant appropriate i.e. emulsifier is added, and
After stirring strongly, oil dispersed is soluble in water at fine droplet, forms emulsion.In the production of emulsion explosive, by oil phase
After being heated separately to certain temperature with water-phase material, mixing is stirred with certain proportion and generates emulsification, emulsifies the glue of formation
Matrix is mixed with foaming agent or solid susceptors be sensitized after, formed emulsion.
Sensitization is divided into physical sensitization and chemical sensitization, and physical sensitization refers to that the bubble that porous mass carries is added to adjust breast
The density for changing explosive, improves its sensitivity to initiation；Chemical sensitization is the gas generated using chemical reaction, with micro-bubble shape
Formula is evenly dispersed in explosive, plays the effect of foaming.
Emulsification and sensitization technique are the important links of Emulsion Explosive Production, are a technological difficulties of Emulsion Explosive Production,
Due to the particularity of emulsion explosive, there is very high requirement in safety to the process units of emulsion, to production
Person brings test.Currently, existing closed emulsification or sensitization apparatus, what is be all made of is the mode of rotor autobiography stirring, this
Leakproofness of the mode between rotor and stator has higher requirement, with the emulsion for preventing emulsification cavity or being sensitized in cavity
Matrix leads to explosion accident from the gap leakage between the rotor and stator of high-speed rotation, due to the friction that relative motion generates
Generation.Most of a lot of emulsion explosive production line explosion accidents that the country occurred in recent years are due between rotor and stator
What the matrix leakage that seal failure generates was caused directly or indirectly.
Utility model content
In order to overcome the above deficiency, the purpose of this utility model is to provide a kind of explosive emulsification/sensitization apparatus, the devices
It can fundamentally avoid since material leakage generates the generation of explosion accident between rotor and stator, while ensure emulsification sensitization
Quality.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is as follows：
A kind of explosive emulsification/sensitization apparatus, structure include power plant, agitating device and stirring cavity, the power
The power output end of device is connect with agitating device, and power is provided for agitating device, it is characterised in that：The agitating device is dynamic
Translational motion reciprocating or along an annular trace is done under the driving of power apparatus, the stirring cavity includes at least one by flexibility
Flexible cavity wall made of material and multiple rigid cavity walls are provided with inlet port and outlet port on the rigidity cavity wall；Institute
It states agitating device to be fixedly connected with the flexible cavity wall, and is extended in stir chamber body across the flexible cavity wall.
The stirring cavity of the explosive emulsification/sensitization apparatus of the utility model has retractable and flexible cavity wall, compliance cavity
Body wall is fixedly connected with agitating device, since flexible cavity wall has certain retractility, is stirred under the action of power plant
Device can do parallel-moving type reciprocating motion in stir chamber body, and there is no the relative motions between rotor and stator, can be fundamentally
It avoids since material leakage generates the generation of explosion accident between rotor and stator.
Preferably, above-mentioned explosive emulsification/sensitization apparatus, the agitating device include translation rabbling mechanism and blender,
The translation rabbling mechanism is connect with power plant, and is fixedly connected with blender, and the blender passes through the flexible cavity
Wall, and be fixedly connected with the flexible cavity wall, under the drive of translation rabbling mechanism, the blender is done in stir chamber body
Translational motion reciprocating or along an annular trace.
In one of the embodiments, the translation rabbling mechanism include the first driven transmission wheel, the second driven transmission wheel,
Third driven transmission wheel and the 4th driven transmission wheel, the first driven transmission wheel, the second driven transmission wheel, third driven transmission wheel and
The first rocking arm, the second rocking arm, third rocking arm and the 4th rocking arm is arranged in eccentric position respectively in 4th driven transmission wheel；Described first
Driven transmission wheel is connect with power plant, and the first driven transmission wheel is coaxial by the first driving gearshaft with the second driven transmission wheel
It feels at ease dress, the third driven transmission wheel and the 4th driven transmission wheel pass through the concentric installation of the second driven gear shaft；Described
By the first oscillating rod horizontal connection, second rocking arm and the 4th rocking arm pass through the second oscillating rod water for one rocking arm and third rocking arm
Flushconnection, first oscillating rod are connect with the second oscillating rod, and second oscillating rod is fixedly connected with the blender.
Under the driving of power plant, first driven transmission wheel and the second driven transmission wheel do eccentric rotary, and first
Driven transmission wheel and the second driven transmission wheel drive the first oscillating rod and second to swing by the first rocking arm and the second rocking arm respectively
Bar moves, and the first oscillating rod and the second oscillating rod drive third driven transmission wheel and the by third rocking arm and the 4th rocking arm respectively
Four driven wheels do eccentric rotary, and the entire rabbling mechanism that is translatable does translational motion in the horizontal plane, drives blender in the horizontal plane
Reciprocating translational motion is done, the blender does translational motion in the horizontal plane under the driving of translation rabbling mechanism, and realization is stirred
The purpose mixed.
Preferably, above-mentioned explosive emulsification/sensitization apparatus, bottom wall is flexible cavity wall, lower bottom wall on the stirring cavity
It is rigid cavity wall with side wall, the feed inlet is set to the lower bottom wall of stirring cavity, and the discharge port is set to the side of stirring cavity
Wall is close to the position of upper bottom wall.
The inlet port and outlet port are respectively provided at the lower bottom wall for stirring cavity and side wall close to the position of upper bottom wall, can make
Material obtains fully emulsified and sensitization, ensures emulsification and is sensitized effect.
In another embodiment, above-mentioned explosive emulsification/sensitization apparatus, the translation rabbling mechanism include the first driven biography
Driving wheel, the second driven transmission wheel, third driven transmission wheel and the 4th driven transmission wheel, first driven transmission wheel are filled with power
Connection is set, the first driven transmission wheel, the second driven transmission wheel and third driven transmission wheel and the 4th driven transmission wheel are respectively inclined
The first rocking arm, the second rocking arm, third rocking arm and the 4th rocking arm is arranged in heart position；First rocking arm and the second rocking arm pass through first
Oscillating rod vertical connection, third rocking arm and the 4th rocking arm pass through the second oscillating rod vertical connection, first oscillating rod and second
Oscillating rod is fixedly connected with the both ends of the blender respectively.
Under the driving of power plant, the first driven transmission wheel does eccentric rotary, and the first driven transmission wheel passes through the first pendulum
Armband moves the movement of the first oscillating rod, and the first oscillating rod drives the second driven transmission wheel to do eccentric rotary by the second swing arm, stirs
Device does reciprocating translational motion on perpendicular, drives the movement of the second oscillating rod, and the second oscillating rod passes through third rocking arm and the
Four rocking arms drive third driven transmission wheel and the 4th driven transmission wheel to do eccentric rotary, and entire agitating device is done on perpendicular
Reciprocating translational motion realizes the purpose of stirring.
Preferably, above-mentioned explosive emulsification/sensitization apparatus, the opposite side wall of described stirring cavity a pair is flexible cavity
Wall, other side walls and upper and lower bottom wall are rigid cavity wall, and the discharge port is set to lower bottom wall, and the feed inlet is set to upper bottom wall.
The inlet port and outlet port are respectively provided at the upper wall and lower wall of stirring cavity, and the material of emulsification need not pump
Supercharging device can enter next process by discharge port under gravity.
Preferably, the outside of above-mentioned explosive emulsification/sensitization apparatus, the flexibility cavity wall is equipped with rigid material plate, uses
It is translatable with agitating device in being fixed on agitating device, limits the flexible cavity wall and deform outward, flexible cavity wall can be prevented
To flexural deformation around, extend the service life of flexible cavity wall.
Preferably, the material of above-mentioned explosive emulsification/sensitization apparatus, the flexibility cavity wall is vulcanized rubber.Vulcanize rubber
Glue has the characteristics that and is not easily broken that therefore, the flexible sealing lid made of vulcanized rubber is hardly damaged, and can extend dress constant glutinous
The service life set.
Preferably, above-mentioned explosive emulsification/sensitization apparatus, the blender are dasher.The knot of dasher
Structure is simple, is usually used in the stirring of high viscosity fluid, it is ensured that emulsifies the quality of sensitization.
Preferably, above-mentioned explosive emulsification/sensitization apparatus, the blender are propeller agitator.Using propeller
Formula blender can improve stirring efficiency, ensure that material is fully emulsified and is sensitized.
Compared with prior art, explosive emulsification/sensitization apparatus provided by the utility model, agitating device is in power plant
Parallel-moving type reciprocating motion is done under effect, there is no the relative motions between rotor and stator.And flexible cavity wall has centainly
Telescopic action plays good sealing effect to stirring chamber, prevents the leakage of emulsified bases, and there is no the feelings of seal failure
Condition can fundamentally avoid occurring due to accident caused by material leakage.
Description of the drawings
Fig. 1 is the structural schematic diagram of 1 explosive emulsification of embodiment/sensitization apparatus；
Fig. 2 is the structural schematic diagram of explosive emulsification/sensitization apparatus of the embodiment 1 with mounting bracket；
Fig. 3 is the structural schematic diagram of 2 explosive emulsification of embodiment/sensitization apparatus；
Fig. 4 is the structural schematic diagram of explosive emulsification/sensitization apparatus of the embodiment 2 with mounting bracket.
Reference numeral is：First driven transmission wheel 100,101；First swing arm 110,111；First driving gearshaft 120；The
Two driven transmission wheels 200,201；Second swing arm 210,211；Third driven transmission wheel 300,301；Third swing arm 310,311；The
Two driving gearshafts 320；4th driven transmission wheel 400,401；4th swing arm 410,411；First oscillating rod 500,501；Second
Oscillating rod 600,601；Blender 700,701；Stir cavity 800,801；Flexible cavity wall 810,811；Feed inlet 820,821；
Discharge port 830,831；Rigid material plate 840,841；Motor 900,901；Electric machine main shaft 910,911；Electric machine main shaft gear 920,
921；Pedestal 1000,1001；Support column 1010,1011；Planar support steel plate 1020,1021；Supporting beam 1030；Support plate
1040、1041；Hanging support 1050.
Specific implementation mode
The attached figures are only used for illustrative purposes and cannot be understood as limitating the patent；It is attached in order to more preferably illustrate the present embodiment
Scheme certain components to have omission, zoom in or out, does not represent the size of actual product；To those skilled in the art,
The omitting of some known structures and their instructions in the attached drawings are understandable；Position relationship described in attached drawing is used to be only used for
Exemplary illustration should not be understood as the limitation to this patent.This patent is done further specifically with reference to specific embodiment
It is bright.
Embodiment 1
As shown in Figure 1, the explosive emulsifier unit in the present embodiment includes power plant, agitating device and stirring cavity 800,
The power output end of the power plant is connect with agitating device, provides power for agitating device, the agitating device is in power
Reciprocating translational motion is done under the driving of device.
The power plant is motor 900, and motor is equipped on the power output end electric machine main shaft 910 of the power plant
Mainshaft gear 920.
The agitating device includes translation rabbling mechanism and blender 700, and the blender 700 is dasher, excellent
It is selected as propeller agitator；The translation rabbling mechanism includes the first driven transmission wheel 100, the second driven transmission wheel 200, the
Three driven transmission wheels 300 and the 4th driven transmission wheel 400, first driven transmission wheel, 100 and second driven transmission wheel 200 are logical
Cross the 120 concentric installation of the first driving gearshaft, the third driven transmission wheel 300 and the 4th slave drive 400 wheel pass through the
Two driving gearshafts, 320 concentric installation, first driven transmission wheel 100, the second driven transmission wheel 200, the driven biography of third
Driving wheel 300 and the 4th driven transmission wheel 400 are provided with the first swing arm 110, the second swing arm 210, third at eccentric position respectively
Swing arm 310 and the 4th swing arm 410, first swing arm 110 and third swing arm 310 pass through 500 horizontal connection of the first oscillating rod, institute
It states the second swing arm 210 and the 4th swing arm 310 and passes through 600 horizontal connection of the second oscillating rod, the first oscillating rod 500 and the second oscillating rod
600 are fixedly connected, and the second oscillating rod 600 is fixedly connected with blender 700.
Bottom wall is flexible cavity wall 810 on the stirring cavity 800, and side wall and lower bottom wall are rigid cavity wall, and bottom wall is set
There are feed inlet 820, side wall to be equipped with discharge port 830 close at the position of upper wall.Flexible cavity wall 810 in the course of work in order to prevent
Mixing effect is influenced to flexural deformation around, extends the service life of flexible cavity wall 810, in the flexible cavity wall 810
Outside be equipped with rigid material plate 840, be fixed on agitating device and be translatable with agitating device, to limit the flexible cavity wall
810 deformations outward.
The electric machine main shaft gear 920 is engaged with the first driven transmission wheel 100, and the blender 700 is placed in stirring cavity
It is fixedly connected in 800 and with flexible cavity wall 810.
The mounting structure schematic diagram of the present apparatus is as shown in Fig. 2, when installation, with pedestal 1000, support column 1010 and plane branch
Support steel plate 1020 is supported the rabbling mechanism that is entirely translatable, and stirring cavity 800 passes through supporting beam 1030 and hanging support 1050
It is fixed, support column 1010 is further fixed with the support plate 1040 of planar support steel plate 1020.
The operation principle of the present embodiment is as follows：Material enters stirring cavity 800 by feed inlet 820；Electric machine main shaft gear
920 the first driven transmission wheels 100 of drive and the second driven transmission wheel 200 do eccentric rotary, the first driven transmission wheel 100 and second
The wheel of slave drive 200 drives the first oscillating rod 500 and the second oscillating rod 600 by the first rocking arm 110 and the second rocking arm 210 respectively
Mobile, the first oscillating rod 500 and the second oscillating rod 600 drive third driven by third rocking arm 310 and the 4th Rocker arm 4 10 respectively
Driving wheel 310 and the 4th driven wheel 410 do eccentric rotary, and the entire rabbling mechanism that is translatable does translational motion in the horizontal plane, drives
Blender 700 does translational motion along an annular trace in the horizontal plane, achievees the purpose that stirring；The material being sufficiently stirred is from going out
Material mouth 830 enters next process.
Embodiment 2
Difference lies in the translation rabbling mechanisms, and translational motion is done on perpendicular with embodiment 1 for the present embodiment.Such as
Shown in Fig. 3, the translation rabbling mechanism includes the first driven transmission wheel 101, the second driven transmission wheel 201, third slave drive
Wheel 301 and the 4th driven transmission wheel 401, first driven transmission wheel 101, the second driven transmission wheel 201, third slave drive
Wheel 301 and the 4th driven transmission wheel 401 are provided with the first swing arm 111, the second swing arm 211, third pendulum at eccentric position respectively
Arm 311 and the 4th swing arm 411, first swing arm, 111 and second swing arm 211 are described by 501 vertical connection of the first oscillating rod
Third swing arm 311 and the 4th swing arm 411 pass through 601 vertical connection of the second oscillating rod, the first oscillating rod 111 and the second oscillating rod
211 connect with the both ends of blender 701 respectively.
801 a pair of opposite side wall of the stirring cavity is flexible cavity wall 811, other side walls and upper and lower bottom wall are rigidity
Cavity wall, upper bottom wall are equipped with feed inlet 821, and lower bottom wall is equipped with discharge port 831.For fully emulsified/sensitization material, the charging
Mouth 821 and 831 best stagger setting of discharge port.In order to prevent in the course of work flexible cavity wall 811 to flexural deformation around and
Mixing effect is influenced, the service life of flexible cavity wall 811 is extended, rigid material is equipped in the outside of the flexible cavity wall 811
Flitch 841 is fixed on agitating device and is translatable with agitating device, to limit 811 deformation outward of the flexible cavity wall.
The electric machine main shaft gear 921 is engaged with the first driven transmission wheel 101, and the blender 701 passes through flexible cavity
Wall 810, is placed in stirring cavity 801 and its both ends is fixedly connected with two flexible cavity walls 811 respectively.
The mounting structure schematic diagram of the present apparatus as shown in figure 4, when installation, with support column 1011 support stirring cavity 801 in
On pedestal 1001, entire translation agitating device, planar support steel plate 1021 and bottom are fixed and supported with planar support steel plate 1021
Seat 1001 is fixedly connected by support plate 1041.
The operation principle of the present embodiment is as follows：Material enters stirring cavity 801 by feed inlet 821；Electric machine main shaft gear
921 the first driven transmission wheels 101 of drive do eccentric rotary, and the first driven transmission wheel 101 drives the first pendulum by the first swing arm 111
Lever 501 moves, and the first oscillating rod 501 drives the second driven transmission wheel 201 to do eccentric rotary by the second swing arm 211, stirs
Device 701 does reciprocating translational motion on perpendicular, and the movement of the second oscillating rod 601, the second oscillating rod 601 is driven to pass through third
Rocking arm 311 and the 4th Rocker arm 4 11 drive third driven transmission wheel 301 and the 4th driven transmission wheel 401 to do eccentric rotary, entirely stir
It mixes device and does reciprocating translational motion on perpendicular, realize the purpose of stirring；The material being sufficiently stirred is from discharge port 831
Into next process.
The material of flexible cavity wall 810,811 is vulcanized rubber in the various embodiments described above.
Agitating device in emulsification/sensitization apparatus provided by the utility model does horizontal or vertical translational motion, is not present
The autobiography of agitating device moves, and fundamentally avoids autobiography formula agitating device since accident caused by material leakage occurs；Make
With multiple driven transmission wheels so that blender can steadily be translatable in horizontal or vertical plane, ensure the fully emulsified quick of material
Change.
Obviously, above-described embodiment of the utility model is only intended to clearly illustrate this patent example, and is not
It is the restriction to the embodiment of this patent.For those of ordinary skill in the art, on the basis of the above description
It can also make other variations or changes in different ways.There is no necessity and possibility to exhaust all the enbodiments.It is all
All any modification, equivalent and improvement etc. made by within the spirit and principle of this patent, should be included in this patent right
It is required that protection domain within.
Claims (10)
1. a kind of explosive emulsification/sensitization apparatus, structure includes power plant, agitating device and stirring cavity, the power dress
The power output end set is connect with agitating device, and power is provided for agitating device, it is characterised in that：The agitating device is in power
Translational motion reciprocating or along an annular trace is done under the driving of device, the stirring cavity includes at least one by flexible material
Expect manufactured flexible cavity wall and multiple rigid cavity walls, inlet port and outlet port are provided on the rigidity cavity wall；It is described
Agitating device is fixedly connected with the flexible cavity wall, and is extended in stir chamber body across the flexible cavity wall.
2. explosive emulsification/sensitization apparatus according to claim 1, it is characterised in that：The agitating device includes that translation is stirred
Mechanism and blender are mixed, translation rabbling mechanism is connect with power plant, and is fixedly connected with blender, and the blender passes through institute
Flexible cavity wall is stated, does reciprocating or translation fortune along an annular trace in stir chamber body under the drive of translation rabbling mechanism
It is dynamic.
3. explosive emulsification/sensitization apparatus according to claim 2, it is characterised in that：The translation rabbling mechanism includes the
One driven transmission wheel, the second driven transmission wheel, third driven transmission wheel and the 4th driven transmission wheel, the first driven transmission wheel,
Two driven transmission wheels, third driven transmission wheel and the 4th driven transmission wheel are shaken in the first rocking arm of eccentric position setting, second respectively
Arm, third rocking arm and the 4th rocking arm；First driven transmission wheel is connect with power plant, the first driven transmission wheel with second from
Dynamic driving wheel passes through the by the concentric installation of the first driving gearshaft, the third driven transmission wheel and the 4th driven transmission wheel
The concentric installation of two driven gear shafts；First rocking arm and third rocking arm are by the first oscillating rod horizontal connection, and described second
By the second oscillating rod horizontal connection, first oscillating rod is connect with the second oscillating rod for rocking arm and the 4th rocking arm, and described second
Oscillating rod is fixedly connected with the blender.
4. explosive emulsification/sensitization apparatus according to claim 3, it is characterised in that：Bottom wall is soft on the stirring cavity
Property cavity wall, lower bottom wall and side wall are rigid cavity wall, and the feed inlet is set to the lower bottom wall of stirring cavity, and the discharge port is set
In stirring cavity side wall close to the position of upper bottom wall.
5. explosive emulsification/sensitization apparatus according to claim 2, it is characterised in that：The translation rabbling mechanism includes the
One driven transmission wheel, the second driven transmission wheel, third driven transmission wheel and the 4th driven transmission wheel, first driven transmission wheel
It is connect with power plant, the first driven transmission wheel, the second driven transmission wheel and third driven transmission wheel and the 4th driven transmission wheel
The first rocking arm, the second rocking arm, third rocking arm and the 4th rocking arm are set in eccentric position respectively；First rocking arm and the second rocking arm
By the first oscillating rod vertical connection, third rocking arm and the 4th rocking arm are swung by the second oscillating rod vertical connection, described first
Bar is fixedly connected with the both ends of the blender respectively with the second oscillating rod.
6. explosive emulsification/sensitization apparatus according to claim 5, it is characterised in that：Described stirring cavity a pair is opposite
Side wall is flexible cavity wall, other side walls and upper and lower bottom wall are rigid cavity wall, and the discharge port is set to lower bottom wall, the charging
Mouth is set to upper bottom wall.
7. according to 6 any one of them explosive emulsifications of claim 1-/sensitization apparatus, it is characterised in that：The flexibility cavity wall
Outside be equipped with rigid material plate, be translatable with agitating device for being fixed on agitating device, limit the flexible cavity wall to
Outer deformation.
8. according to 6 any one of them explosive emulsifications of claim 1-/sensitization apparatus, it is characterised in that：The flexibility cavity wall
Material be rubber.
9. according to claim 2-6 any one of them explosive emulsification/sensitization apparatus, it is characterised in that：The blender is paddle
Formula blender.
10. explosive emulsification/sensitization apparatus according to claim 9, it is characterised in that：The blender stirs for propeller type
Mix device.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820046766.7U CN207793106U (en) | 2018-01-11 | 2018-01-11 | A kind of explosive emulsification/sensitization apparatus |
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|---|---|---|---|
| CN201820046766.7U CN207793106U (en) | 2018-01-11 | 2018-01-11 | A kind of explosive emulsification/sensitization apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108083957A (en) * | 2018-01-11 | 2018-05-29 | 陈靖宇 | A kind of explosive emulsification/sensitization apparatus |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108083957A (en) * | 2018-01-11 | 2018-05-29 | 陈靖宇 | A kind of explosive emulsification/sensitization apparatus |
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